Multi-functional complementary system energy management and optimization operation based on non-cooperative game
A non-cooperative game and energy management technology, which is applied in the field of operation control strategies of operators and users, and can solve the problems of ignoring the interests of users and low participation.
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[0024] Step 1: Establish the architecture of the combined heat and power multi-energy complementary system based on the energy hub of centralized interconnection, and analyze the operation mode of the system:
[0025] The operating mode is as follows:
[0026] (1) The operator's forecast center predicts the temperature and output of photovoltaic units in each time period of the next day in advance.
[0027] (2) A few days ago, the operator pre-arranged the output of gas turbines and gas boilers according to the heat load demand of users. For the electricity load, the priority is met by photovoltaic and gas turbine units, and a power purchase contract is signed with the upper-level grid to determine the amount of power purchased in each period, and the electricity price information for each period of the next day is released to users. In real-time operation, when the system power supply is surplus (insufficient), operators can also sell (buy) power to the real-time market.
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